We increase OLED materials manufacturing efficiency
by eliminating the need for expensive transition metals through our innovative chemical synthesis method.
1.
Metal-free synthesis
We are bringing a previously unavailable transition metal-free organic molecule synthesis and purification
method technology to market.
EmiBLUE synthesis method can be applied for the scope of substrates in organic semiconductors, light-emitting
materials and drug research.
The method is based on transition metal-free nucleophilic substitution reaction and can be optimized for any reaction in which new C–N / C–O or C–S bonds are formed.
2.
New TADF OLED
Additionally, our unique synthesis method allowed us to create previously unavailable TADF OLED emissive materials with superior physical qualities. Download our white paper to find out more.
Our synthesis
method features
Same equipment
New TADF OLED
Faster manufacturing
Various applications
Higher profits
Our partners
Helen Keller famously said: «Alone we can do so little, together we can do so much». Close cooperation with highly qualified institutions allows us to help your business grow and propel humanity into the brighter future.
Born in
Supported by
Interested? Let’s talk!
Feel free to contact us to be among the first
to implement our technology.
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Email:
Working time:
Mn – Fr (09:00 – 19:00 EET)
For investors –
We are planning the next round of investments.
Join us on the next part of our journey.
For industry and experts –
We are open for suggestions, discussions and cooperation.
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Timeline
2017
First highly emissive furan-phenylenes co-oligomers developed.
2019
First organic light-emitting transistors (OLED) based on furan-phenylenes co-oligomers.
2016
Research team formed. Laboratory of Organic Optoelectronics established.
2018
First organic filed-effect transistors (OFET) based on furan-phenylenes co-oligomers.
2020
Previously unavailable high photoluminescence quantum efficiency blue and yellow TADF materials developed.
2021
Pre-seed investment raised. Cooperation with industry begins. Contact us to be among the first
